Another VMC example...

Ok, guess he's attributing the need for a go around to the gust of wind.
But the nose goes up, the bird turns left. The nose goes up again, the bird turns further left.
Maintain thine airspeed, lest the ground (or a moth balled fedex aircraft) come up and smite thee.
Great post, text book vmc.
 
Ok, guess he's attributing the need for a go around to the gust of wind.
But the nose goes up, the bird turns left. The nose goes up again, the bird turns further left.
Maintain thine airspeed, lest the ground (or a moth balled fedex aircraft) come up and smite thee.
Great post, text book vmc.

Exactly..

Had he lowered the nose, in the worst case, he'd have been able to control a landing in the weeds, likely damaging the canard (It's the Quickie way), but minimizing the chances of an extremely negative outcome.
 
I'm thinking he needs to re-examine aircraft design for multi engine. I doubt he had enough vertical stab for the asymmetric thrust.

His go around wasn't free.
 
I'm thinking he needs to re-examine aircraft design for multi engine. I doubt he had enough vertical stab for the asymmetric thrust.

His go around wasn't free.


I have a feeling he/they knew that they didn't have enough vert stab to mount those things other than where they are. That's why they're mounted so close to centerline, which just so happens to be a place where the downwind engine won't get enough air and flame out in a full power, heavy crosswind wave off scenario. Just so happens it's still not enough tail.

Vmc demo with throttles closed and land straight ahead was the right answer. Not max blast into pretty much the worst place to crash in a 5 mile radius.
 
http://www.asias.faa.gov/pls/apex/f?p=100:17:0::NO::AP_BRIEF_RPT_VAR:WPR16LA110
' The original design for a nose-mounted piston engine was modified by the builders; they fabricated and installed a faired nose cone, and installed the two turbine engines just aft of the cockpit, one on either side of the fuselage, near where the side surfaces transitioned to the bottom surface. One engine was attached to either end of a through-strut, so that each engine/thrust centerline was located about 2 feet outboard of the fuselage centerline. Engine Information The engine was designed and marketed for use on model aircraft. According to the engine manufacturer's Operation and Maintenance Manual (OMM), the TJ40-G1 was a single-shaft turbojet engine with a single-stage radial compressor, annular combustion chamber, single-stage axial turbine, and an exhaust nozzle. A starter-generator was housed in the compressor impeller assembly. A ceramic spark plug was integrated in the combustion chamber, and "evaporating pipes" were used for "generation of the mixture of fuel and air." The engine produced about 88 pounds of thrust. Idle fuel consumption was cited as 20 ml/min (0.32 gallons per hour- gph), and maximum fuel consumption rate was 19.2 gph. The OMM contained the following caution: "The TJ40-G1 turbojet engine is designed exclusively for model aircraft and is not suitable for any other purpose. Never use it for people, objects or vehicle; it can only be used for properly designed model aircraft. Any other use can result in injury or death." '

Screen Shot 2017-09-21 at 10.01.44 PM.png Screen Shot 2017-09-21 at 10.01.23 PM.png
 
http://www.asias.faa.gov/pls/apex/f?p=100:17:0::NO::AP_BRIEF_RPT_VAR:WPR16LA110
' The original design for a nose-mounted piston engine was modified by the builders; they fabricated and installed a faired nose cone, and installed the two turbine engines just aft of the cockpit, one on either side of the fuselage, near where the side surfaces transitioned to the bottom surface. One engine was attached to either end of a through-strut, so that each engine/thrust centerline was located about 2 feet outboard of the fuselage centerline. Engine Information The engine was designed and marketed for use on model aircraft. According to the engine manufacturer's Operation and Maintenance Manual (OMM), the TJ40-G1 was a single-shaft turbojet engine with a single-stage radial compressor, annular combustion chamber, single-stage axial turbine, and an exhaust nozzle. A starter-generator was housed in the compressor impeller assembly. A ceramic spark plug was integrated in the combustion chamber, and "evaporating pipes" were used for "generation of the mixture of fuel and air." The engine produced about 88 pounds of thrust. Idle fuel consumption was cited as 20 ml/min (0.32 gallons per hour- gph), and maximum fuel consumption rate was 19.2 gph. The OMM contained the following caution: "The TJ40-G1 turbojet engine is designed exclusively for model aircraft and is not suitable for any other purpose. Never use it for people, objects or vehicle; it can only be used for properly designed model aircraft. Any other use can result in injury or death." '

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You are brilliant, please continue posting articles related to the subject of the thread that at the same time add nothing to the conversation. Having an opinion about something and trying to express what you think about it isn't easy, I understand your frustration and appreciate your struggle. You must be hoot at a dinner party.
 
You are brilliant, please continue posting articles related to the subject of the thread that at the same time add nothing to the conversation. Having an opinion about something and trying to express what you think about it isn't easy, I understand your frustration and appreciate your struggle. You must be hoot at a dinner party.
Just throw him on the ignore list. It's like he left.
 
This guy is literally a professional test pilot and engineer. We would all be lucky to have 10% the brain he has. Lets all talk about what we would have done differently, but when a guy of this caliber balls one up maybe...just MAYBE you should listen.
 
88lbs of thrust from those little tiny engines. That's fairly neat.

Amazing that he walked away from that mess.

Sent from my XT1650 using Tapatalk
 
You are brilliant, please continue posting articles related to the subject of the thread that at the same time add nothing to the conversation. Having an opinion about something and trying to express what you think about it isn't easy, I understand your frustration and appreciate your struggle. You must be hoot at a dinner party.
I feel like I'm jumping in a bar fight, but how is the article not related to the OP? I thought it was the accident synopsis.
 
I feel like I'm jumping in a bar fight, but how is the article not related to the OP? I thought it was the accident synopsis.

Yes, it is, and it is relevant. Bear is the equivalent of a poorly written Reddit Bot, that links to what it sees as a relevant article for those too lazy to google further information for themselves. Sometimes it's useful, sometimes it's poor coding completely misses the point. It's inoffensive, and can be skipped over if there's no value to it.

Several members really don't like it, and get very upset, which I simply don't understand.
 
You're not
jumping into a bar fight
for which I've initiated NO punches.

NickH, If I've 'missed the point' please ignore or reply accordingly, I have no trouble dealing with it, and will respond with civility, not the laced tirades directed at me by a few for reasons I don't understand. For those who've directed their anger at me without cause, show me how your own posts are so different, are so relevant. Lastly, I'm a career GI/Vet long since retired, spent my early years as a aviation supply officer, also holding a PPL for years. I enjoy this forum for the varied topics, so if you want to ignore my comments so be it, just please cut the unwarranted attacks.
 
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